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Quickly design a wireless device that is compatible and interoperable with multiple competing mesh network standards.
A development board provides a comprehensive environment for rapidly creating FPGA-based designs without conventional FPGA programming steps.
Don’t wait for 5G: Ready-made 4G LTE modules and associated development kits simplify remote IoT product development and shorten time to market, now.
Use the NXP i.MX 8M Mini family with its 14 nm FinFET process for high performance applications and real-time embedded processing for smart products.
A tiny module offers a drop-in solution for adding both one-lead ECG and pulse oximetry to low-power mobile devices.
The automotive industry development of a secondary 48 V electrical system requires extensive isolations for safety and insulation control.
Adafruit’s CircuitPython brings the increasingly popular Python programming language to inexpensive, embedded microcontroller dev boards.
With multicolor LEDs, designers can replace multiple LEDs with just one to save space, power, and cost, while quickly adding value to an embedded system.
To develop intelligent and sophisticated robot systems requires innovative analog and embedded technologies and Texas Instruments offers some helpful products.
A look at a selection of Texas Instruments products that can assist in designing products to fill the needs and demands of tomorrow’s smart solutions.
A 6 x 6 mm module and software provide a drop-in solution for low-power, low-cost, long-range IoT connectivity using LoRaWAN technology.
Developers can add the range and accuracy of mmWave radar-based detection to their systems using a single device and accompanying software.
The Serial Peripheral Interface (SPI) is popular as a simple, low-cost interface between multiple devices such as microcontrollers, sensors, and actuators.
By using a FRAM-based microcontroller instead of flash-based, designers can reduce the power required to update firmware over a LoRaWAN wireless network.
A modular system design provides a compact solution to emerging requirements for next generation PLCs.
Developers can implement the basic analog interfaces required in many wearable and IoT designs using only an MCU and a few passive components.
Developers can rapidly deploy sensor hardware and software needed to build sophisticated solutions for industrial predictive maintenance.
Designers can add an external secure EEPROM to a microcontroller that provides an efficient way to protect sensitive data from hackers.
Using a security IC and a software library, developers can employ a more efficient approach to mutual authentication required for IoT security.
Developers should consider these low-power processor and board solutions to implement efficient machine learning on IoT devices at the network edge.
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